Ultraprecision Imaging and Manipulation of Plasmonic Nanostructures by Integrated Nanoscopic Correction

Optical manipulation and imaging of nano-objects with nanometer precision is highly desirable for nanomaterial biological studies due to inherent noninvasiveness. However, time constraints current segregated experimental systems nanoimaging nanomanipulation limits real-time super-resolution spatially enhanced manipulation. Here, an integrated nanoscopic correction (iNC) method enable multimodal nanomanipulation-nanoimaging reported. The iNC consists a voltage-tunable power modulator, polarization rotator, polarizer. Using the iNC, plasmonic which are below diffraction limit can be distinguished by direct observation without post processing demonstrated. Furthermore, such observations spatial stability millisecond high speed shown. Precise trapping rapid rotation gold nanorods demonstrated successfully. With non-invasive post-processing free nanomanipulation, it anticipated that will make contributions in sciences requiring optics.